agents.anac.y2010.AgentSmith
Class Bounds

java.lang.Object
  agents.anac.y2010.AgentSmith.Bounds

public class Bounds
extends java.lang.Object

Class that is used to determine the bounds of an issue.

Constructor Summary

Bounds()
Constructor

Bounds(Issue pIssue)
Constructor.

Method Summary

double	getAmtSteps() returns the amount of steps
static java.util.HashMap<java.lang.Integer,Bounds>	getIssueBounds(java.util.ArrayList<Issue> pIssues) Creates a hashmap with for each of the issues the bounds
static Value	getIssueValue(Issue pIssue, double pIndex) returns a Value object with the value of an issue at the given index works for real, discrete and integer objects
double	getLower() returns the lower bound
static double	getScaledIssueValue(Bounds pBounds, Bid pBid, Issue pIssue) returns the scaled value of the (discrete, real or integer) issue.
double	getStepSize() returns the number of steps
double	getUpper() returns the upper bound
double	normalize(double pValue) returns a normalized version of a value
void	setAmtSteps(double pAmtSteps) set the number of steps to take
void	setLower(double pLower) sets the lower bound
void	setUpper(double pUpper) sets the upper bound
java.lang.String	toString() returns a string with the upper and lower bounds

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

Bounds

public Bounds()

Constructor

Bounds

public Bounds(Issue pIssue)

Constructor. Sets the bounds for a given issue based on its type (discrete, real or integer)

Method Detail

getLower

public double getLower()

returns the lower bound

getUpper

public double getUpper()

returns the upper bound

getAmtSteps

public double getAmtSteps()

returns the amount of steps

getStepSize

public double getStepSize()

returns the number of steps

setLower

public void setLower(double pLower)

sets the lower bound

setUpper

public void setUpper(double pUpper)

sets the upper bound

setAmtSteps

public void setAmtSteps(double pAmtSteps)

set the number of steps to take

getIssueBounds

public static java.util.HashMap<java.lang.Integer,Bounds> getIssueBounds(java.util.ArrayList<Issue> pIssues)

Creates a hashmap with for each of the issues the bounds

getIssueValue

public static Value getIssueValue(Issue pIssue,
                                  double pIndex)

returns a Value object with the value of an issue at the given index works for real, discrete and integer objects

getScaledIssueValue

public static double getScaledIssueValue(Bounds pBounds,
                                         Bid pBid,
                                         Issue pIssue)
                                  throws java.lang.Exception

returns the scaled value of the (discrete, real or integer) issue. it is scaled by the difference between the value and the lower bound divided by the length of the bounds

Throws:

java.lang.Exception

normalize

public double normalize(double pValue)

returns a normalized version of a value

toString

public java.lang.String toString()

returns a string with the upper and lower bounds

Overrides:

toString in class java.lang.Object